会社のニュース How to achieve the "ultimate texture" of a large projected image?

What are the biggest fears when projecting large screens? Light leakage in dark areas, obvious blending bands, and color distortion! So how can these problems be avoided? What exactly makes high-quality projectors capable of handling large-scale events and immersive exhibitions? Let's talk about it today.

To present high image quality, brightness is paramount. To achieve "powerful brightness," a single projector is often insufficient, which necessitates projection stacking. What is projection stacking? Simply put, it's the precise overlap of multiple projector images, with brightness directly superimposed. If one projector's 20,000 lumens isn't enough, stack two or three to reach 60,000 lumens, ensuring a clear and dazzling image even in stadiums and high-brightness exhibition halls.

More importantly, it offers "redundancy backup." With stacking, if one layer of the system experiences a sudden failure, another layer can still retain the complete image and nearly half its brightness, instead of the image going completely black, which is crucial for large events.

Many people might worry about the complexity of multi-projector stacking and ghosting issues. Therefore, choosing the right brand is very important. FLYIN projectors come with professional geometric correction software and a free grid function, eliminating the need for third-party tools. Engineers can quickly achieve seamless blending of images from four projectors, completely eliminating ghosting issues.

Beyond sufficient brightness, a seamless blend is crucial. Ordinary projectors rely on software to modify the signal and simulate gradients, resulting in noticeable blend bands and color casts. Panasonic, however, directly controls the physical light path. Its built-in edge blending function allows for smooth light transitions, making blend bands virtually invisible and creating a unified image without any visible stitching. Even more challenging is the issue of light leakage in dark scenes. Many projectors display noticeable "gray bands" in the blending bands when displaying black or dark colors, a problem that even experienced engineers struggle to solve.

Dynamic contrast synchronization black level adjustment enhances the overall contrast of the image and reduces the "grayish" effect of dark scene blending, effectively improving the blending effect in dark scenes. This is a core reason why FLYIN is the preferred equipment for many immersive exhibitions.

For long-term use, maintaining stable image quality is the true test of a projector's capabilities. Some brands of projectors often produce stunning results upon initial installation, but after three to five months, uneven brightness and color shift appear due to varying rates of aging. FLYIN projectors, however, feature a built-in high-precision sensor and a unique multi-projector fusion color and brightness control function. Every day upon startup, the system automatically detects and calibrates the brightness and color values ​​of all projectors, requiring no manual intervention. Even after one to two years, it can maintain factory-grade image quality.

Professional Scene Adaptation Modes: Digital Art Mode – The vibrant green mode accurately reproduces the colors of artwork; it also makes the grass in virtual golf and other sports simulations more realistic, providing an immersive experience.

Furthermore, FLYIN projectors boast a full-range lens lineup, covering ultra-short throw, short throw, and long throw, allowing users to select the optimal lens based on their projection needs. These lenses are equipped with temperature sensors, which, combined with the projector's AFO function, enable automatic focus optimization and other features to prevent temperature drift and out-of-focus issues, ensuring a consistently clear projected image. These designs enhance the quality of large-screen displays.

Behind these technological advantages lies the guarantee of a robust production process. FLYIN engineering projectors are all manufactured in their own factory, with stringent quality control at every stage, from high-brightness light sources and precision optical systems to industrial-grade structures.

In conclusion, the core message of high-quality projection is never a victory of a single function, but rather the result of collaborative technology across the entire chain: the brightness and stability of layering technology, the seamlessness and purity of blending technology, automatic calibration for long-term use, dedicated adaptation for specific scenarios, and the rigorous quality control of their own factory. These are the core features of a high-quality projector.